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An engineer designs a circuit, seen below. In this system, if the first component fails, the functionality moves immediately to the second component and so on. The system only fai when the fifth component fails. Each component has a lifetime that is exponentially distrib with λ = 0.01 and components fail independently of one another. Define A, to be the length time component į lasts. Let Y = the time at which the new system fails. m 1. Define in words what the event {Y≥t} means in reference to the values A₁, ..., A5.

An engineer designs a circuit, seen below. In this system, if the first component fails, the functionality moves immediately to the second component and so on. The system only fai when the fifth component fails. Each component has a lifetime that is exponentially distrib with λ = 0.01 and components fail independently of one another. Define A, to be the length time component į lasts. Let Y = the time at which the new system fails. m 1. Define in words what the event {Y≥t} means in reference to the values A₁, ..., A5.

Algebra & Trigonometry with Analytic Geometry
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter3: Functions And Graphs
Section3.5: Graphs Of Functions
Problem 58E
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An engineer designs a circuit, seen below. In this system, if the first component fails, the functionality moves immediately to the second component and so on. The system only fai when the fifth component fails. Each component has a lifetime that is exponentially distrib with λ = 0.01 and components fail independently of one another. Define A, to be the length time component i lasts. Let Y = the time at which the new system fails. ~ 3 5 1. Define in words what the event {Y ≥t} means in reference to the values A₁, A5.
Transcribed Image Text:An engineer designs a circuit, seen below. In this system, if the first component fails, the functionality moves immediately to the second component and so on. The system only fai when the fifth component fails. Each component has a lifetime that is exponentially distrib with λ = 0.01 and components fail independently of one another. Define A, to be the length time component i lasts. Let Y = the time at which the new system fails. ~ 3 5 1. Define in words what the event {Y ≥t} means in reference to the values A₁, A5.
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